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ChemArch: The organic chemistry and molecular biology of archaeological artefacts

Descripción del proyecto

Punto de encuentro entre la arqueología, la química analítica y la biología

La arqueología se asocia por lo general con la excavación, los estudios de estructuras y la datación de hallazgos. Con todo, múltiples campos de estudio han desarrollado técnicas avanzadas y herramientas biológicas y químicas innovadoras que están permitiendo obtener información específica de gran valor para comprender culturas y pueblos antiguos. Para aprovechar este enorme potencial es necesario una formación multidisciplinar. El proyecto financiado con fondos europeos ChemArch está creando una red mundial de laboratorios, fabricantes y proveedores de equipo analítico, museos y arqueólogos para respaldar un programa de doctorado que acorte la brecha entre los métodos científicos analíticos y la arqueología. El equipo desarrollará asimismo las mejores prácticas y herramientas para este nuevo y fascinante campo de estudio, que ayudará a la sociedad a comprender y preservar mejor el registro de artefactos prehistóricos singulares de Europa.

Objetivo

We propose a European Joint Doctorate in response to the need for early stage training between the analytical sciences and archaeology. Archaeological chemistry, biomolecular archaeology and archaeometry are fast growing disciplines that have reinvigorated research of museum and archaeological artefacts. These approaches now offer forensic detail regarding the origin, manufacture and use of iconic and everyday items in the past. Articles published in the last year alone, such as the extraction of human genomes from Stone Age ‘chewing gum’, the fashioning of prehistoric hunting weapons from human remains, and the identification of milk in ancient ceramic infant feeding bottles, show how this field continues to influence a range of scholars, change curatorial practice and capture the attention of the global public. However, recruiting researchers with the necessary interdisciplinary skills to meet the rapid expansion of the field has been difficult.

To address this challenge ChemArch will:

- Support the career development and training of 15 doctoral students crossing the sectoral divide between the natural and analytical sciences and social sciences.
- Create a network of European specialist labs with complementary expertise and wordwide reach.
- Link these specialised labs with non-academic research organisations, analytical instrument manufacturers, museums and field work units.
- Provide coherent training around a thematic program converging on advancing our understanding of Europe’s rich prehistoric artefact record.
- Involve leading organisations with a sustained history of delivering world-leading interdisciplinary science/humanities training at doctoral level.
- Provide a durable legacy through the joint creation of guidelines for best practice in the field and the lab and tools to help predict where future research efforts are best directed.
- Engage the public through outreach events, a set of Wikipedia entries and educational videocasts.

Coordinador

UNIVERSITY OF YORK
Aportación neta de la UEn
€ 1 515 862,80
Dirección
HESLINGTON
YO10 5DD York North Yorkshire
Reino Unido

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Región
Yorkshire and the Humber North Yorkshire York
Tipo de actividad
Higher or Secondary Education Establishments
Enlaces
Coste total
€ 1 515 862,80

Participantes (3)